Ryo.News Mining Intelligence
GPU Mining
Command Center
Live Ryo proof-of-work telemetry, pool intelligence, a hashrate-based reward estimator, practical pool and solo setup paths, and a visual explanation of CryptoNight-GPU.
Live Proof-of-Work State
Mining Widgets
The newest returned block is more than 30 minutes old. Values are served from a shared cache and refreshed in the background, so pool APIs never block the page render.
Interactive Estimator
Translate Hashrate Into Expected Rewards
Enter your measured CryptoNight-GPU hashrate. The calculator uses the live network hashrate, latest base reward and target block time returned above.
Expected-value model only. Luck, stale shares, rejected shares, pool payout method, downtime, changing difficulty and future reward changes affect actual results.
Pool Intelligence
Choose Infrastructure, Not Just Size
Miner counts and pool hashrates are requested directly from each pool’s public interface. Confirm current ports, payout rules and TLS settings on the pool itself.
Ryo-branded pool
Ryo Currency Pool
Dedicated Ryo PROP pool with worker, block and payment views. Live miner and hashrate figures are not copied from a directory.
- Fee / scheme
- 0.8% PROP
- Minimum pay
- 10 RYO
- Active miners
- 13
- Pool hashrate
- 47.9 kH/s
Community infrastructure
GNTL Ryo Pool
Ryo PPLNS pool operated through GNTL community infrastructure. Live miner and hashrate figures are not copied from a directory.
- Fee / scheme
- 0.3% PPLNS
- Minimum pay
- 5 RYO
- Active miners
- 1
- Pool hashrate
- 14.1 kH/s
European community pool
RyoPool.eu
Dedicated European PROP pool with worker, block and payment views. Live miner and hashrate figures are not copied from a directory.
- Fee / scheme
- 0.4% PROP
- Minimum pay
- 0.4 RYO
- Active miners
- 6
- Pool hashrate
- 40.5 kH/s
Direct Pool Snapshot
Known Ryo Pools
| Pool | Scheme | Fee | Minimum pay | Active miners | Pool hashrate | Source | Link |
|---|---|---|---|---|---|---|---|
| Ryo Currency Poolpool.ryo-currency.com | PROP | 0.8% | 10 RYO | 13 | 47.9 kH/s | Direct pool API | Open ↗ |
| RyoPool.euryopool.eu | PROP | 0.4% | 0.4 RYO | 6 | 40.5 kH/s | Direct pool API | Open ↗ |
| GNTL Ryo Poolryo.gntl.uk | PPLNS | 0.3% | 5 RYO | 1 | 14.1 kH/s | Direct pool API | Open ↗ |
| FastPoolfastpool.xyz | PROP / SOLO | 1% | 1 RYO | Unavailable | Unavailable | Unavailable | Open ↗ |
| MoneroOceanmoneroocean.stream | PPLNS | 0% | 0.003 XMR | 1 | 33.3 H/s | Direct pool API | Open ↗ |
This table is fixed to the five selected Ryo pools. Direct pool interfaces are queried first in a background refresh. FastPool's RYO dashboard does not consistently expose a server-readable public JSON response, so its row uses a cached MiningPoolStats fallback when its single direct API check fails. MoneroOcean similarly falls back only when its direct API does not expose coin-specific RYO figures.
Operational Paths
How to Mine Ryo
Choose pool mining for regular proportional payouts or solo mining for direct block discovery and maximum independence.
Pool Mining
Best starting point for one GPU, a gaming PC or a small rig.
- 01Install Atom Wallet
Create a Ryo wallet, finish synchronization and back up the recovery seed offline.
- 02Install XMR-Stak
Use a build that supports
cryptonight_gpuand obtain it only from the official project releases. - 03Select a pool
Copy its current host, port, payout scheme and TLS instructions directly from its dashboard.
- 04Configure and monitor
Enter your public Ryo address, start the miner, then verify accepted shares on both miner and pool.
Atom Solo Mining
Mine independently through Atom’s built-in local solo-pool workflow.
- 01Run a synchronized wallet
Atom must be fully synchronized before local solo work can be submitted reliably.
- 02Enable the local solo pool
Use Atom’s mining controls and copy the local connection information displayed by the wallet.
- 03Point XMR-Stak locally
Use Atom’s displayed local host and port rather than a public pool address.
- 04Understand variance
A solo miner receives the full base reward when it finds a block, but discovery timing is probabilistic.
Atom Solo Connection
Local or Separate Mining Computer
Open Ryo Wallet ATOM, wait until it shows Synchronized, open the Mining tab, select Solo Mining and start it. The normal local port is 18081; use the port Atom displays if it differs.
Use 127.0.0.1:18081 when Atom and XMR-Stak run on the same computer. When they run on separate computers on the same trusted LAN, use the wallet computer’s private IPv4 address, such as 192.168.1.100:18081.
Windows: run ipconfig and locate IPv4 Address. Linux: run ip a and locate the active interface’s inet address. Do not expose the Atom solo port directly to the public internet.
Use the selected host and port as pool_address, your public Ryo address as wallet_address, and x as the password. Select the matching template below.
Configuration Template
XMR-Stak pools.txt Builder
Select one of the three pools or an Atom solo-mining layout. The complete template updates automatically and remains editable after copying.
- Use only your public wallet address.
- Never paste a seed, spend key or private view key into a miner or pool.
- Verify downloads and scan release files before running them.
- Start with conservative clocks and stable cooling.
"pool_list": [
{
"pool_address": "pool.ryo-currency.com:3333",
"wallet_address": "YOUR_WALLET_ADDRESS",
"rig_id": "YOUR_WORKER_NAME",
"pool_password": "x",
"use_nicehash": false,
"use_tls": false,
"tls_fingerprint": "",
"pool_weight": 1
}
],
"currency": "cryptonight_gpu"Uses pool.ryo-currency.com:3333 without TLS.
GPU Performance Logic
What Actually Matters
CryptoNight-GPU is core-compute oriented. Evaluate stable hashrate per watt rather than chasing a peak number that causes throttling or rejected shares.
FP32 Throughput
GPU core count, architecture and sustainable core frequency are central inputs to performance.
Power Efficiency
Measure at the wall where possible. The fastest GPU is not automatically the best economic miner.
Thermal Stability
Stable clocks, airflow and accepted shares matter more than a brief benchmark result.
Memory Is Secondary
Extreme memory overclocks generally matter less here than on memory-bound algorithms.
Mining Toolkit
Primary Resources
Use first-party software and technical material for setup, then independent directories for cross-checking current network and pool conditions.
Algorithm Architecture
CryptoNight-GPU,
Explained Visually
Ryo’s proof-of-work algorithm is built around single-precision floating-point computation—the kind of parallel work modern graphics processors already perform efficiently.
Core-First Design
Performance tracks GPU compute resources and core frequency more closely than raw memory bandwidth.
Two GPU Ecosystems
The design aims for viable participation from both AMD and NVIDIA product lines instead of only one vendor.
Modest VRAM Demand
The official design explanation targets operation on cards with roughly 2–3 GB of VRAM, widening the usable hardware base.
Specialization Resistance
The workload is designed to reduce the economic advantage of ASICs and FPGAs by using capabilities commodity GPUs already possess.
CPU Disadvantage
CPU-only and virtualized botnet resources are poorly matched to a workload built around wide GPU floating-point throughput.
Open Participation
The strategic objective is a broad miner base using general-purpose graphics hardware rather than closed specialized equipment.
The design objective
Make commodity GPU computation the efficient path.
Resistance is an economic and engineering objective, not a permanent mathematical guarantee. The relevant question is whether specialized hardware can gain enough advantage to justify its cost and centralization pressure.
Mining data notice: Live chain metrics come from the Ryo explorer API and are served from a shared background-refreshed cache. Pool miner counts and pool hashrates are requested from the pools’ own public interfaces first; FastPool and MoneroOcean may use a clearly labelled MiningPoolStats fallback when their public interfaces do not expose usable coin-specific RYO data. Reward calculations are expected-value estimates, not promises of earnings. Mining profitability depends on electricity, hardware, cooling, downtime, fees, market conditions and changing network difficulty.